Wave Packet Width: Controls the spatial extent of quantum wave functions, affecting interference patterns.
General Relativity
Spacetime Curvature: Creates frequency modulation simulating how curved spacetime affects wave propagation.
Time Dilation: Slows temporal evolution, showing how time passes differently in gravitational fields.
Gravitational Redshift: Lowers frequencies as if sounds are climbing out of gravitational wells.
Event Horizon: Simulates extreme redshift effects near black hole boundaries.
Advanced Physics
Decoherence Rate: Controls how quickly quantum coherence is lost due to environmental interactions.
Vacuum Fluctuations: Adds quantum noise from zero-point energy fluctuations in empty space.
Hawking Radiation: Simulates thermal radiation from black holes, adding characteristic noise patterns.
Cosmic Background: Incorporates subtle effects from the cosmic microwave background radiation.
Quantum Tunneling: Probability of quantum particles passing through energy barriers, creating amplitude spikes.
Spacetime Ripples: Gravitational wave distortions that modulate frequency and amplitude.
Dark Energy: Cosmic expansion effects that subtly influence sound evolution over time.
Information Loss: Black hole information paradox effects creating sudden amplitude changes.
Parameter Interactions
Quantum-Gravity Coupling: Shows how quantum uncertainty and spacetime curvature interact.
Entanglement-Redshift: Demonstrates how quantum correlations are affected by gravitational fields.
Hawking Temperature: Calculated based on black hole mass and horizon effects.
Tunneling Probability: Quantum tunneling likelihood modified by decoherence.
Spacetime Distortion: Combined effects of curvature, gravitational waves, and dark energy.
Evolution System
Drift: Slow random walk changes over time.
Oscillation: Periodic sine wave variations.
Chaos: Complex multi-frequency chaotic behavior.
Decay: Exponential decay with fluctuations.
Growth: Gradual growth with saturation.
Spiral: Spiral patterns combining frequency and amplitude changes.
Scientific Accuracy
All effects are based on established physics equations, though simplified for real-time audio synthesis. The app demonstrates fundamental incompatibilities between quantum mechanics and general relativity while incorporating cutting-edge theoretical concepts.